Pikachu - Kawai - Chen Program Study Programs
To achieve this, we have developed software tools, re-architected OS input processing, built models of human movement to enable prediction, and have developed sensors capable of detecting input 3 orders of magnitude more quickly than current commercial devices. We began by examining the psychophysics of latency perception and its impacts on human performance, which gave us a baseline target for our systems (2ms - 50 times faster than is typical today). Our aim is to purge all systems of latency. Latency impairs performance, adds frustration, causes "cyber sickness", and in general is a sign of low-quality. One of the primary barriers to achieving this is latency: the time between an input to the system, and its response to that input. The ultimate aim of ubiquitous computing is to seamlessly blend the physical and digital worlds. Peter Brandl, Upper Austria University of Applied Sciences Roland Aigner, Upper Austria University of Applied Sciences Ricardo JotaĪlex Mahedy (HS, 2012, 2013) ( Colgate University) Thariq Shihipar (UG, 2013) ( MIT Media Lab) Ricardo JotaĪnkith Giliyar Shanthiraj (UG, 2013) ( University of Texas Austin) Yao (UG, 2013) ( University of California Berkeley) – with Dr. Ricardo JotaĪndrew Pelegris (UG, 2014) – with Michael GlueckĮleni Triantafillou (UG, 2014) (University of Toronto)Įric J.X. Michelle AnnettĮvan Rocha (UG, 2015) – with Dr. Pok Man “Brian” To (UG, 2016) ( Microsoft) Ricardo Jotaĭhairya Patel (UG, 2016) – with Dr. Sang-Ah Han (UG, 2016) – with Michael Glueck Victoria Bilbily (UG, 2016) – with Nicole Sultanum (University of Toronto)Īlina Gvozdik (UG, 2016) ( PhenoTips) with Michael Glueck Parastoo Abtahi (UG, 2016) ( Stanford University) Lin Han (U.G., 2016) – with Nicole Sultanum Seongkook HeoĬhristine Murad (U.G., 2017) – with Nicole Sultanum (University of Toronto)Ĭhritina Chung (U.G., 2017) – with Dr. Sally (Ji Yeon) Lee (U.G., 2020) (Amazon)ĭevamardeep Hayatpur (U.G., 2019) – with Haijun Xiaĭevamardeep Hayatpur (U.G., 2018) – with Dr. Yining Liu (U.G., 2021) – with Varun PerumalĬheryl Lao (U.G., 2020) (University of Waterloo) Haijun Xia (UCSD)Įlise Chenxinran Shen (U.G., 2021) – with Prof. Piotr Jasiobedzkiĭevamardeep Hayatpur (U.G., 2021) – with Prof.
Michael Glueck (M.Sc., 2013) (U of T PhD Autodesk Research)Īlaa Abdulaal (M.Sc.A.C., 2016) – with Prof. Fanny Chevalier (Stanford University PhD)Īnuruddha Hettiarachchi (M.Sc., 2016) ( Index Exchange) Michael Glueck (Ph.D., 2017) (Autodesk Research) – with Prof. Haijun Xia (Ph.D., 2020) (Assistant Professor, University of California, San Diego) Zhicong Lu (Ph.D., 2021) (Assistant Professor, City University of Hong Kong) Ricardo Jota (PDF, 2015) ( Tactual Labs founder) Michelle Annett (PDF, 2017) ( MishMashMakers founder) Seongkook Heo (PDF, 2019) (Assistant Professor, University of Virginia)īruno De Araujo (PDF, 2018) ( Tactual Labs) Harishguna Satgunaraj (U.G.) – with Varun Perumal U of T Alumni If it piques your interest, contact me to set-up a time to discuss your interests. If you are looking for research opportunities: first, review my team’s research. My graduate students come from diverse backgrounds, but share a record of academic excellence and demonstrated passion for invention. Undergraduates are typically engineering students conducting thesis work, CS students enrolled in project courses, or USRA or UTRECS scholarship recipients conducting summer research. I mentor graduate and undergraduate students, as well as postdoctoral fellows, who are passionate about inventing the future of human-computer interaction.